Neutron

You know all about imaging, right, ultrasound imaging.

We have a neutron.

large medical imaging equipment.

This is tensor imaging.

There's something called BOLD imaging, which is Blood Oxygen Level Dependent imaging.

He designs medical imaging equipment,

Molecular Breast Imaging, or MBl.

History as an imaging tool?

So the we have the neutron.

And a neutron has no charge.

'Neutron Man' ... I can understand why.

This is magnetic resonance imaging MRl.

It's a handheld thermal imaging radiometer.

If you must know it's neutron damage.

3D FITS data viewer for spectro imaging

All this has been about consumer imaging.

So this is cardiac magnetic resonance imaging.

We have ceramics and photography and computer imaging.

Women are good at making mistakes imaging things.

I have made something new. Thorium did absorb the neutron.

Well, you saw it yourself, standing in those neutron beams.

It is not being used in regular diagnostic imaging.

But if you hit the thorium with a neutron, the thorium will absorb the neutron and it will turn from thorium 232 into thorium 233.

We can trigger a malfunction in this satellite's imaging node.

With this kind of imaging this kind of infrared, ultraviolet, invisible light imaging we were never going to image through the gold ground forgeries.

Uranium 233, if you hit it with a neutron it will fission.

Plasma of the neutron decays, and the outcome of the decay is...

I was at a conference of 60,000 people in breast imaging

Now, give me a comp with incident reports and satellite imaging.

Now what these colors mean is the red means that it's going to absorb the neutron and the blue means that it's going to absorb the neutron and fission.

A neutron essentially turns into a proton and it spits out an electron.

This is fast energy, that means a neutron is still going really fast.

How much energy did the neutron have that you smack the nuclear fuel with?

Helium splits out, and a neutron comes out and lots of energy comes out.

I guess we could call it that way are the electron and the neutron.

It's very radioactive, but during that nine hours, it really wants to eat your neutron.

And for the first time, we introduce the Plasma of a neutron. euh... of electron.

And it slams together deuterium, which is just hydrogen with an extra neutron in it.

Never, bright flame, may be denied to me Thy dear, life imaging, close sympathy.

I asked the participants in the experiment to lie in a brain imaging scanner.

But where I think computational speed is most applicable is in that of imaging.

The next thing we do is we collect what's called a diffusion tensor imaging.

For example, suppose you were imaging a circular object with these two imagers here.

Third, if you notice a persistent change in your breast, insist on additional imaging.